CN201945010U - Purifying instant heating electric boiler - Google Patents
Purifying instant heating electric boiler Download PDFInfo
- Publication number
- CN201945010U CN201945010U CN2011200210942U CN201120021094U CN201945010U CN 201945010 U CN201945010 U CN 201945010U CN 2011200210942 U CN2011200210942 U CN 2011200210942U CN 201120021094 U CN201120021094 U CN 201120021094U CN 201945010 U CN201945010 U CN 201945010U
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- outer casing
- water
- water tank
- casing stand
- filter
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Abstract
A purifying instant heating electric boiler comprises casing bottom legs, a casing support, a casing upper cover, a water heating tank, an electric heating tube, a water tap and a water inlet pipe and is characterized by further comprising a steaming tube, a heat recovery device, an inclined clapboard, a dirt storing box, a balanced reservoir, a filter, a three-way ball valve, a bypass pipeline, a three-way connector, a water inlet electromagnetic valve, a water storage pipeline, a transducer, a two-way ball valve, a drain pipe and an electric cabinet. The steaming tube is connected to the top of the water heating tank, the heat recovery device is sleeved on the steaming tube, the inclined clapboard is arranged on the upper portion of an inner wall of the front side of the water heating tank, the lower portion of the water heating tank is connected with the dirt storage box, the water tap is provided with a water and electricity linked switch, an upper liquid level switch and a lower liquid level switch are installed on the upper portion and the lower portion of a left inner wall of the balanced reservoir respectively, and the transducer is sleeved on the water storage pipeline. The boiler has the advantages of being simple in structure, reliable in operation, convenient to use, wide in application range, environment friendly, and energy saving, having functions of core-changing free and cleaning, and guaranteeing purified hot water flowing from the water tap.
Description
Technical field
The utility model relates to a kind of electric water-boiling device, the thermoelectric boiler of particularly a kind of purification type speed.
Background technology
China is vast in territory, and the water quality inferiority heteropole of various places is big.Yet the thermoelectric boiler of existing speed all requires very high to hardness of water; In the harder area of water quality, because incrustation scale is too many, the thermoelectric boiler of existing speed uses very short time to be blocked by incrustation scale, can not continue to use again, and has seriously hindered popularization, the use of fast thermoelectric boiler.
Summary of the invention
The purpose of this utility model is: design the thermoelectric boiler of a kind of purification type speed, this electric water-boiling device can solve the incrustation scale problem of fast thermoelectric boiler effectively, thereby helps popularization, the use of fast thermoelectric boiler.
The purpose of this utility model can realize by following technical proposals:
The thermoelectric boiler of this purification type speed, comprise leg at the bottom of the shell, outer casing stand, outer casing upper cover, heating water tank, electric heating tube, tap and water inlet pipe, leg is fixed on the bottom of outer casing stand at the bottom of the shell, outer casing upper cover is sealed on the upper port place of outer casing stand, electric heating tube is installed in the heating water tank, it is characterized in that: the thermoelectric boiler of this speed also comprises steam pipe, heat recoverer, inclined clapboard, store up dirty case, balanced reservoir, filter, tee ball valve, bypass duct, three-way connection, entering water electromagnetic valve, the retaining pipeline, frequency converter, two pass ball valves, drainpipe and electric cabinet; Heating water tank is positioned at the centre position, front side of outer casing stand, the upper end of heating water tank is connected with steam pipe, steam pipe reaches outside the outer casing stand, heat recoverer is sleeved on the steam pipe, the top of heating water tank front side inwall is provided with inclined clapboard, and the bottom of heating water tank links to each other with the dirty case of storage by ring flange, stores up dirty case and is fixed on the interior bottom position of outer casing stand, the right side of storing up dirty case is provided with scale removing mouth, and scale removing mouth reaches outside the outer casing stand; Tap is installed in the position, middle and upper part, front of outer casing stand, and links to each other with the top of heating water tank, is provided with the water-electricity linkage switch on tap; Balanced reservoir is positioned at the left side of outer casing stand heating water tank, and its bottom is connected with heating water tank by pipeline, and the upper and lower of balanced reservoir inner left wall is separately installed with liquid-level switch and following liquid-level switch; Filter is installed in the bottom left position in the outer casing stand, the inlet opening of filter links to each other with the Centronics port of tee ball valve by the tube connector I, the right output port of tee ball valve connects water inlet pipe, the left port of tee ball valve connects an end of bypass duct, the other end of bypass duct is connected with the lower port of three-way connection, the Centronics port of three-way connection connects the apopore of filter, the upper port of three-way connection connects the retaining pipeline by entering water electromagnetic valve, the retaining pipeline is connected with balanced reservoir through heat recoverer, on the retaining pipeline, be set with frequency converter, the osculum of filter links to each other with the left port of two pass ball valves by the tube connector II, and the right output port of two pass ball valves connects drainpipe; Electric cabinet is installed on the right side inwall of outer casing stand, and electric heating tube, water-electricity linkage switch, entering water electromagnetic valve, frequency converter, last liquid-level switch and following liquid-level switch all are electrically connected with electric cabinet.
Water-electricity linkage switch described in the utility model is made of bat-handle switch valve, reed capsule and magnet, the bat-handle switch valve is installed in the water pipe upper end of tap, reed capsule is installed on the inwall of rear outer casing stand of bat-handle switch valve, and be electrically connected with electric cabinet, magnet is installed in central rotating shaft place in the bat-handle switch valve, and corresponding with the position of reed capsule when the bat-handle switch valve is shown in an open position.
Tube connector I described in the utility model and tube connector II are bellows.
Filter core in the filter described in the utility model is a spray welding filter element.
The inclination angle of inclined clapboard described in the utility model and horizontal direction is 45 °.
The utility model has the advantages that: 1) simple in structure, reliable, easy to use, and have anti-dry, no need to replace element and cleaning function; 2) spray welding filter element filtration, frequency conversion antiscaling and regularly arrange dirty purification techniques have been adopted, can solve the incrustation scale problem effectively, purify the water quality in the heating water tank, therefore should can be widely used in all parts of the country by the thermoelectric boiler of speed, applied range, thus help popularization, the use of fast thermoelectric boiler; 3) adopt the heat recovery technology, can utilize the steam that boils water that running water is preheated, therefore more energy-conservation, more power saving; 4) because the inclined clapboard that is installed in the heating water tank can guarantee that the hot water that rolls to its front side is boiling water, what therefore flow out from tap is 100% pure boiling water, and this has just guaranteed people's drinking-water health.
Description of drawings
Fig. 1 is a main TV structure schematic diagram of the present utility model;
Fig. 2 is a left TV structure schematic diagram of the present utility model;
Fig. 3 is that A-A line of Fig. 2 is analysed and observe the structure for amplifying schematic diagram;
Fig. 4 is the main TV structure signal of tap and water-electricity linkage switch;
Fig. 5 is the plan structure signal of tap and water-electricity linkage switch.
Among the figure: 17, elbow; 34, tap water inlet.
The specific embodiment
As Fig. 1---shown in 5, the thermoelectric boiler of this purification type speed, comprise leg 1 at the bottom of the shell, outer casing stand 18, outer casing upper cover 11, heating water tank 6, electric heating tube 5, tap 8 and water inlet pipe 31, leg 1 is fixed on the bottom of outer casing stand 18 at the bottom of the shell, outer casing upper cover 11 is sealed on the upper port place of outer casing stand 18, electric heating tube 5 is installed in the heating water tank 6, it is characterized in that: the thermoelectric boiler of this speed also comprises steam pipe 9, heat recoverer 10, inclined clapboard 24, store up dirty case 3, balanced reservoir 15, filter 21, tee ball valve 28, bypass duct 22, three-way connection 20, entering water electromagnetic valve 19, retaining pipeline 16, frequency converter 25, two pass ball valves 30, drainpipe 29 and electric cabinet 7; Heating water tank 6 is positioned at the centre position, front side of outer casing stand 18, the upper end of heating water tank 6 is connected with steam pipe 9, steam pipe 9 reaches outside the outer casing stand 18, heat recoverer 10 is sleeved on the steam pipe 9, the top of heating water tank 6 front side inwalls is provided with inclined clapboard 24, and the bottom of heating water tank 6 links to each other with the dirty case 3 of storage by ring flange 4, stores up dirty case 3 and is fixed on the interior bottom position of outer casing stand 18, the right side of storing up dirty case 3 is provided with scale removing mouth 2, and scale removing mouth 2 reaches outside the outer casing stand 18; Tap 8 is installed in the position, middle and upper part, front of outer casing stand 18, and links to each other with the top of heating water tank 6, is provided with water-electricity linkage switch 12 on tap 8; Balanced reservoir 15 is positioned at the left side of outer casing stand 18 heating water tank 6, and its bottom is connected with heating water tank 6 by pipeline, and the upper and lower of balanced reservoir 15 inner left wall is separately installed with liquid-level switch 13 and following liquid-level switch 14; Filter 21 is installed in the bottom left position in the outer casing stand 18, the inlet opening of filter 21 links to each other with the Centronics port of tee ball valve 28 by tube connector I 27, the right output port of tee ball valve 28 connects water inlet pipe 31, the left port of tee ball valve 28 connects an end of bypass duct 22, the other end of bypass duct 22 is connected with the lower port of three-way connection 20, the Centronics port of three-way connection 20 connects the apopore of filter 21, the upper port of three-way connection 20 connects retaining pipeline 16 by entering water electromagnetic valve 19, retaining pipeline 16 is connected with balanced reservoir 15 through heat recoverer 10, on retaining pipeline 16, be set with frequency converter 25, the osculum of filter 21 links to each other with the left port of two pass ball valves 30 by tube connector II 26, and the right output port of two pass ball valves 30 connects drainpipe 29; Electric cabinet 7 is installed on the right side inwall of outer casing stand 18, and electric heating tube 5, water-electricity linkage switch 12, entering water electromagnetic valve 19, frequency converter 25, last liquid-level switch 13 and following liquid-level switch 14 all are electrically connected with electric cabinet 7.Described water-electricity linkage switch 12 is made of bat-handle switch valve 32, reed capsule 23 and magnet 33, bat-handle switch valve 32 is installed in the water pipe upper end of tap 8, reed capsule 23 is installed on the inwall of rear outer casing stand 18 of bat-handle switch valve 32, and be electrically connected with electric cabinet 7, magnet 33 is installed in central rotating shaft place in the bat-handle switch valve 32, and corresponding with the position of reed capsule 23 when bat-handle switch valve 32 is shown in an open position.Described tube connector I 27 and tube connector II 26 are bellows.Filter core in the described filter 21 is a spray welding filter element.Described inclined clapboard 24 is 45 ° with the inclination angle of horizontal direction.
The operation principle of the thermoelectric boiler of this purification type speed is: running water enters in the filter 21 by the inlet opening of tee ball valve 28 from filter 21, after running water purifies through filter 21, flow out from the apopore of filter 21, inject retaining pipeline 16 through three-way connection 20 and entering water electromagnetic valve 19 then, enter balanced reservoir 15 again after then entering heat recoverer 10, enter heating water tank 6 at last by retaining pipeline 16.Water level in balanced reservoir 15 reaches going up in limited time of liquid-level switch 13, and last liquid-level switch 13 is sent signal into electric cabinet 7, and electric heating tube 5 is in the preparation state, and entering water electromagnetic valve 19 is closed simultaneously, and retaining pipeline 16 stops water filling in balanced reservoir 15; At this moment, the handle of the bat-handle switch valve 32 of rotation water-electricity linkage switch 12 is the position shown in the solid line in Fig. 5, then the ball valve of bat-handle switch valve 32 is opened, the magnet 33 that is installed in central rotating shafts place in the bat-handle switch valve 32 rotate to simultaneously with reed capsule 23 corresponding positions on, like this, the normally opened contact of reed capsule 23 is closed under the effect in magnetic field, and then heater circuit is connected, and electric heating tube 5 is started working.When the temperature of water in the heating water tank 6 was heated to 100 ℃, volume of water increased in it, and boiling water rolls to the front side of inclined clapboard 24, and flowed out the delivery port of heating water tank 6, and then fresh boiling water just flows out from tap 8.The following of liquid-level switch 14 prescribed a time limit under water level in balanced reservoir 15 reached, and following liquid-level switch 14 is sent signal into electric cabinet 7, and electric heating tube 5 is in the anti-dry state, and entering water electromagnetic valve 19 is opened, the 16 beginning water fillings in balanced reservoir 15 of retaining pipeline; At this moment, even fetch boiling water electric shaft switch 12, heater circuit still is in off-state, and electric heating tube 5 is not worked; In the process of retaining pipeline 16 water filling in balanced reservoir 15, heat recoverer 10 begins to work, to cement out from the steam heat that heating water tank 6 is diffused in the steam pipe 9, and send into balanced reservoir 15, running water after heat recoverer 10 preheatings enters heating water tank 6 then, and repeats the above course of work.
The thermoelectric boiler of this purification type speed, be sleeved on frequency converter 25 on the retaining pipeline 16 and can produce a kind of signal of telecommunication of frequency no-load voltage ratio automatically, act on retaining pipeline 16, cause that molecule produces resonance in the retaining pipeline 16, the water clusters that pipeline internal cause hydrogen bond is formed form (account for usually water system 80%) becomes single polar molecule, thereby improved the reactivity of water, atomic little hydrone can permeate, surround, loose, dissolving, remove the old dirt in the heating water tank 6, simultaneously, the calcium ion and the carbanion that are suspended in the water are collided mutually, form special aragonite calcium carbonate crystal, its no electric charge in surface, therefore, can not be adsorbed on the pipeline again, thereby reach scale removal, the purpose of antiscale.When the incrustation scale in the periodic cleaning heating water tank 6, open the scale removing mouth 2 of the dirty case 3 of storage, then balanced reservoir 15, heating water tank 6 and the water that store up in the dirty case 3 are discharged fully from scale removing mouth 2; Close the scale removing mouth 2 of the dirty case 3 of storage then, the tap wrench of swivel tee ball valve 28 is to vertical position (being water inlet pipe 31 conduction positions), by retaining pipeline 16 to balanced reservoir 15, heating water tank 6 with store up water filling in the dirty case 3; After water filling finishes, open the scale removing mouth 2 of the dirty case 3 of storage once more, then be injected into balanced reservoir 15, heating water tank 6 and the water that store up in the dirty case 3 are discharged fully by scale removing mouth 2 again; Like this, wash away several times repeatedly after, heating water tank 6 and the incrustation scales that store up in the dirty case 3 can be cleaned out.In the time need washing to the filter core of filter 21, the tap wrench dextrorotation of tee ball valve 28 is turn 90 degrees, the tap wrench that makes tee ball valve 28 is to horizontal level (being bypass duct 22 conduction positions), open two pass ball valves 30 simultaneously, then running water directly enters bypass duct 22 through tee ball valve 28, apopore from filter 21 oppositely enters in the filter 21 then, and the filter core of filter 21 is carried out backwash, and backwash finishes back sewage and flows out through drainpipe 29.
Claims (5)
1. the thermoelectric boiler of purification type speed, comprise leg (1) at the bottom of the shell, outer casing stand (18), outer casing upper cover (11), heating water tank (6), electric heating tube (5), tap (8) and water inlet pipe (31), leg at the bottom of the shell (1) is fixed on the bottom of outer casing stand (18), outer casing upper cover (11) is sealed on the upper port place of outer casing stand (18), electric heating tube (5) is installed in the heating water tank (6), it is characterized in that: the thermoelectric boiler of this speed also comprises steam pipe (9), heat recoverer (10), inclined clapboard (24), store up dirty case (3), balanced reservoir (15), filter (21), tee ball valve (28), bypass duct (22), three-way connection (20), entering water electromagnetic valve (19), retaining pipeline (16), frequency converter (25), two pass ball valves (30), drainpipe (29) and electric cabinet (7); Heating water tank (6) is positioned at the centre position, front side of outer casing stand (18), the upper end of heating water tank (6) is connected with steam pipe (9), steam pipe (9) reaches outside the outer casing stand (18), heat recoverer (10) is sleeved on the steam pipe (9), the top of heating water tank (6) front side inwall is provided with inclined clapboard (24), the bottom of heating water tank (6) links to each other with the dirty case of storage (3) by ring flange (4), store up dirty case (3) and be fixed on the interior bottom position of outer casing stand (18), the right side of storing up dirty case (3) is provided with scale removing mouth (2), and scale removing mouth (2) reaches outside the outer casing stand (18); Tap (8) is installed in the position, middle and upper part, front of outer casing stand (18), and links to each other with the top of heating water tank (6), is provided with water-electricity linkage switch (12) on tap (8); Balanced reservoir (15) is positioned at the left side of outer casing stand (18) heating water tank (6), its bottom is connected with heating water tank (6) by pipeline, and the upper and lower of balanced reservoir (15) inner left wall is separately installed with liquid-level switch (13) and following liquid-level switch (14); Filter (21) is installed in the bottom left position in the outer casing stand (18), the inlet opening of filter (21) links to each other with the Centronics port of tee ball valve (28) by tube connector I (27), the right output port of tee ball valve (28) connects water inlet pipe (31), the left port of tee ball valve (28) connects an end of bypass duct (22), the other end of bypass duct (22) is connected with the lower port of three-way connection (20), the Centronics port of three-way connection (20) connects the apopore of filter (21), the upper port of three-way connection (20) connects retaining pipeline (16) by entering water electromagnetic valve (19), retaining pipeline (16) is connected with balanced reservoir (15) through heat recoverer (10), on retaining pipeline (16), be set with frequency converter (25), the osculum of filter (21) links to each other with the left port of two pass ball valves (30) by tube connector II (26), and the right output port of two pass ball valves (30) connects drainpipe (29); Electric cabinet (7) is installed on the right side inwall of outer casing stand (18), and electric heating tube (5), water-electricity linkage switch (12), entering water electromagnetic valve (19), frequency converter (25), last liquid-level switch (13) and following liquid-level switch (14) all are electrically connected with electric cabinet (7).
2. the thermoelectric boiler of purification type speed according to claim 1, it is characterized in that: described water-electricity linkage switch (12) is by bat-handle switch valve (32), reed capsule (23) and magnet (33) constitute, bat-handle switch valve (32) is installed in the water pipe upper end of tap (8), reed capsule (23) is installed on the inwall of rear outer casing stand (18) of bat-handle switch valve (32), and be electrically connected with electric cabinet (7), magnet (33) is installed in central rotating shaft place in the bat-handle switch valve (32), and corresponding with the position of reed capsule (23) when being shown in an open position at bat-handle switch valve (32).
3. the thermoelectric boiler of purification type speed according to claim 1, it is characterized in that: described tube connector I (27) and tube connector II (26) are bellows.
4. the thermoelectric boiler of purification type speed according to claim 1, it is characterized in that: the filter core in the described filter (21) is a spray welding filter element.
5. the thermoelectric boiler of purification type speed according to claim 1, it is characterized in that: described inclined clapboard (24) is 45 ° with the inclination angle of horizontal direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200210942U CN201945010U (en) | 2011-01-24 | 2011-01-24 | Purifying instant heating electric boiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200210942U CN201945010U (en) | 2011-01-24 | 2011-01-24 | Purifying instant heating electric boiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201945010U true CN201945010U (en) | 2011-08-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200210942U Expired - Lifetime CN201945010U (en) | 2011-01-24 | 2011-01-24 | Purifying instant heating electric boiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201945010U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102052757A (en) * | 2011-01-24 | 2011-05-11 | 赵金举 | Purifying type quick-heating electric water boiler |
| CN103486720A (en) * | 2012-06-07 | 2014-01-01 | 沁园集团股份有限公司 | Instant-heating water boiler |
-
2011
- 2011-01-24 CN CN2011200210942U patent/CN201945010U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102052757A (en) * | 2011-01-24 | 2011-05-11 | 赵金举 | Purifying type quick-heating electric water boiler |
| CN102052757B (en) * | 2011-01-24 | 2012-09-05 | 赵金举 | Purifying type quick-heating electric water boiler |
| CN103486720A (en) * | 2012-06-07 | 2014-01-01 | 沁园集团股份有限公司 | Instant-heating water boiler |
| CN103486720B (en) * | 2012-06-07 | 2015-12-16 | 沁园集团股份有限公司 | A kind of Instant heating type boiler |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110824 Effective date of abandoning: 20120905 |